Todd Harman


    • Phone: (801) 585-5145
    • Email: t.harman@utah.edu
    • Office: CME 414

    Computational Fluid Dynamics and Fluid Structure Interaction
    Supersonic flows
    Large scale simulations

    Jacob Hochhalter



    Research Interests:
    Structural Materials
    Finite Element Analysis
    Digital Image Correlation
    Uncertainty Propagation
    Fatigue & Fracture
    Google Scholar Citations

    Jungkyu (Jay) Kim



    Research Interests:
    Microengineered ocular systems
    Heart valve-on-a-chip for mechanobiological studies
    Microfabricated space instruments for life detection
    Biosensors and Bioelectronics
    Dynamics and control of biomedical systems
    Point-of-care diagnostics for medical diagnostics
    Google Scholar Citations

    Owen Kingstedt



    Research Interests:
    Mechanics of materials for extreme environments
    Mutli-length and time scale experimentation
    Interfacial effects on macroscopic properties
    Dynamic fracture and failure of advanced materials
    Google Scholar Citations

    Kam K. Leang



    Research Interests:
    Dynamic systems and control
    Autonomous systems and robotics
    Nanopositioning
    Electroactive materials
    Mechatronics
    Google Scholar Citations

    Debra Mascaro


    • Phone: (801) 581-7687
    • Email: dmascaro@mech.utah.edu
    • Office: 1560B MEK

    Academic Advising
    Lecturer

    Eric Pardyjak



    Research Interests:
    Fluid mechanics
    Atmospheric turbulence
    Urban fluid mechanics
    Stratified turbulence
    Google Scholar Citations

    Pania Newell



    Research Interests:
    Computational multiphysics analysis of coupled phenomena
    Fracture analysis in multiphysics systems
    Computational homogenization of heterogeneous materials
    Constitutive modeling.
    Google Scholar Citations

    Steven Naleway



    Research Interests:
    Bioinspired design
    Biological material science
    Biomedical Materials
    Structural mechanics and materials
    Google Scholar Citations